Cosmetic Preparations TRIZ Cases

Segmented aerosol dispensing orifice delivers fatty substance compositions to hair surfaces.

Vinyl resin particles stabilize oil-in-water emulsions using specific surfactant blends to maintain texture when blending high powder amounts.

Molecularly imprinted sol-gel polymers trap oleic acid to prevent Malassezia colonization, avoiding adverse effects of traditional antidandruff agents.

Amino-modified organopolysiloxane enhances adsorbability and combability while resolving low protection trade-offs.

Surface-treating plate-like powder with silicone gel improves moldability and impact resistance while maintaining smooth skin adhesion.

Alpha-bisabolol addresses multi-functionality versus safety trade-offs by providing whitening, wrinkle reduction, and UV protection without irritation.

Zinc pyrithione combined with honokiol, magnolol, or paeonol resolves non-synergistic activity against Malassezia yeasts and S. aureus.

Sprayable sugar diester gels solidify on tissue to provide moisturizing benefits without excessive moisture or greasiness.

An inorganic pigment with a semiconductor metal oxide layer and ferroelectric perovskite structure absorbs visible light to drive photocatalytic reactions.

Polymerizable substances stabilize microcrystalline essential oils to disrupt bacterial biofilms in skin and wound care applications.

Applying zinc lactate or gluconate to hair strengthens dye binding via intermediary mediation, preventing color loss during repeated washing cycles.

UV irradiation transforms anthocyanin trans isomers into stable cis isomers, resolving scarcity and bleaching resistance issues.

Pre-formed polycarboxylic acid layers form capsule shells around fragrance cores to enable precise mechanical control.

Chemical cross-linking replaces physical blending to boost mechanical strength while reducing partner material volume in porous templates.

A liquid composition uses anionic surfactants and acids to achieve Log10 bacterial reduction.

A water-based liquid cosmetic composition uses extremely low effect pigment concentrations to deliver a lasting glowing appearance.

A lip cosmetic composition uses an inner low-viscosity oil phase and an outer solidifier-rich phase to deliver smooth application and high shine.

A cracking aerosol composition uses defoaming oil and dual nonionic surfactants to stabilize discharge.

A copolymer and blue pigment formulation alters visual tooth color perception, eliminating abrasive damage while delivering instant whitening effects.

Conjugating vitamin C derivatives to crosslinked hyaluronic acid extends duration of action and promotes collagen production while maintaining biocompatibility.

Alkyl-resorcinol prevents tooth discoloration from chlorhexidine without allergenic sulphites, maintaining antibacterial efficacy.

A UV curable gel composition uses acrylate copolymer resins to create a self-leveling surface for easy brush application.

A two-part aqueous hair dye composition mixes direct dyes with a reducing agent to enhance color intensity and homogeneity.

A one-shot process extracts phytocomplexes from agro-industrial waste and incorporates them into phospholipidic vesicles.

Vinylester-functional siloxane macromonomers copolymerize to form durable silicone-vinylester films.

Segmenting steam hydration from thermal shaping reduces treatment time and fibre damage while maintaining persistent smoothing effects.

Lipid-free aqueous formulation using hyaluronic acid and fruit acids reduces S. aureus while promoting S. epidermidis growth.

A liquid oil dispersion cosmetic composition uses volatile materials and non-ionic silicone surfactants to stabilize powder dispersibility.

Modified botulinum neurotoxin A reduces toxin diffusion through electrostatic binding, extending treatment duration and improving safety profiles.

A mulberry leaf extract rich in imino sugars inhibits alpha-glucosidase to reduce melanin production.

Volatile alkane evaporation leaves the polymer film, preventing tackiness while ensuring long-lasting wear.

A non-aqueous oral care composition uses a hydrophilic film-forming polymer to occlude dentinal tubules.

Topical thiolated compound compositions break disulfide bonds in vaginal tissue proteins, reducing laceration risks during delivery.

A topical composition uses acrylic acid polymer and cationic surfactant to form a protective skin barrier.

Resorcin shields fashion dyes from carbonate degradation, preserving lightness and chroma during storage.

Silane coupling agents form chemical bonds with hair keratin while silicone encapsulates pigment particles, preventing washout during shampooing.

Combining chitosan and cationic liposome retinol systems yields a 10-fold to 15-fold increase in collagen I synthesis at low concentrations.

A peptide with amino acid sequence SEQ ID NO: 1 inhibits inflammatory cytokine expression and reduces mediator activity.

Terminal quaternary ammonium groups on polysiloxane chains form stable protective films on hair surfaces.

LITE-1 and GUR-3 polypeptides absorb UVA and UVB light, resolving the limitation of conventional sunscreens that fail to effectively block both radiation types.

Resorcinol derivatives in aqueous compositions reshape hair via heat, eliminating oxidative damage from traditional straightening processes.

Silicic acid complexation encapsulates oil droplets with anionic complexes, eliminating surfactant use and environmental hazards.

Lactobacillus kunkeei fermentation of honey and camomile promotes occludin generation to resolve insufficient skin barrier function improvement.

Thickening silica absorbs fluoride at low pH and releases it slowly at physiological pH to improve enamel protection.

Extracting insoluble yeast fractions simplifies production by avoiding sterile conditions while improving protein stability and efficacy.

Viscous low-volatility solvent and musk substance composition applied to skin substrate.

Autologous live cells mediate skin repair without chemical irritation, reducing treatment duration compared to conventional acids.